The transport coefficients (total thermal conductivity, viscosity, and electrical conductivity) of N2-H2 mixtures have been calculated in the temperature range 2 000 K-20 000 K. The results have been obtained by means of higher Chapman-Enskog approximations after an appropriate selection of the collision integrals. The accuracy of the results is then discussed and some of the results have been compared with experiments
Calculations of the transport coefficients viscosity and thermal conductivity and the diffusion coll...
The usual kinetic theory of dilute gaseous mixtures is employed, via the infinite‐order sudden (IOS)...
The viscosity and thermal conductivity of nitrogen gas for the temperature range 5 K - 135 K have be...
The transport coefficients (total thermal conductivity, viscosity, and electrical conductivity) of N...
International audienceThe knowledge of transport coefficients is of interest in the modelling of flo...
The transport process of high-temperature air is vital in aerospace fields and has attracted increas...
International audienceIn this paper, the calculated values of the viscosity and thermal conductivity...
High temperature coefficients of viscosity and heat conductivity of nuclear matter are calculated on...
Atmospheric entry flights, combusting flows, experiments in high-enthalpy tunnels are examples of ae...
New calculated thermodynamic properties and transport coefficients of high temperature air are prese...
In the paper calculated transport coefficients of air in the temperature range 50 K - 100,000 K are ...
Two-temperature thermodynamic and transport properties of argon–hydrogen and nitrogen–hydrogen plasm...
Calculations of the transport coefficients viscosity and thermal conductivity and the diffusion coll...
The usual kinetic theory of dilute gaseous mixtures is employed, via the infinite‐order sudden (IOS)...
The viscosity and thermal conductivity of nitrogen gas for the temperature range 5 K - 135 K have be...
The transport coefficients (total thermal conductivity, viscosity, and electrical conductivity) of N...
International audienceThe knowledge of transport coefficients is of interest in the modelling of flo...
The transport process of high-temperature air is vital in aerospace fields and has attracted increas...
International audienceIn this paper, the calculated values of the viscosity and thermal conductivity...
High temperature coefficients of viscosity and heat conductivity of nuclear matter are calculated on...
Atmospheric entry flights, combusting flows, experiments in high-enthalpy tunnels are examples of ae...
New calculated thermodynamic properties and transport coefficients of high temperature air are prese...
In the paper calculated transport coefficients of air in the temperature range 50 K - 100,000 K are ...
Two-temperature thermodynamic and transport properties of argon–hydrogen and nitrogen–hydrogen plasm...
Calculations of the transport coefficients viscosity and thermal conductivity and the diffusion coll...
The usual kinetic theory of dilute gaseous mixtures is employed, via the infinite‐order sudden (IOS)...
The viscosity and thermal conductivity of nitrogen gas for the temperature range 5 K - 135 K have be...